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Sea Park East

Overview Sea Park East

The project snapshot page provides a quick overview of the performance of the DER project. Hover over individual key performance indicators to see a definition.

Performance Snapshot

Sep 2009 to Jul 2012
2,034
MWh
electricity generated
Capacity
Factor
27,792
Mcf
generator fuel consumed
Electric
Efficiency
10,824
MMBtu
heat used
Thermal
Efficiency
CHP
Efficiency

The project monthly summary table provides measured data and key performance indicators for the DER project.

To view data for another date range, select your desired months and press “Go”.

To download data from the monthly summary table in CSV format, press the download button to the top right of the table.

Automated data filtering can be enabled or disabled via the control. Filtered data automatically checks to determine if the energy streams measured are consistent with each other (e.g. fuel consumption or heat recovery are reported only when a DER is reporting generated power). Disabling this control shows all data available.

Summary Table

Sep 2009 to Jul 2012
Electricity Generated (MWh) Total Fuel Consumed (Mcf) Total Heat Used (MMBtu) Heat Rejected (MMBtu) Capacity Factor (%) Electric Efficiency (% HHV) Thermal Efficiency (% HHV) CHP Efficiency (% HHV)
Total 2,034 27,792 10,824 0 53.1 24.2 37.7 61.9
Sep 2009
15 189 38 0 13.7 25.8 19.3 45.1
Oct 2009
32 440 100 0 28.5 23.9 22.0 46.0
Nov 2009
64 853 226 0 59.1 24.7 25.7 50.4
Dec 2009
72 965 338 0 64.7 24.7 33.9 58.6
Jan 2010
87 1,521 565 0 77.8 18.9 36.0 54.9
Feb 2010
80 1,286 523 0 78.9 20.5 39.4 59.9
Mar 2010
88 1,550 594 0 79.3 18.9 37.1 56.0
Apr 2010
87 1,263 515 0 80.5 22.8 39.5 62.3
May 2010
86 1,063 107 0 77.3 26.9 9.8 36.6
Jun 2010
75 933 92 0 69.4 26.6 9.6 36.2
Jul 2010
85 1,060 259 0 76.4 26.6 23.7 50.3
Aug 2010
83 1,035 305 0 74.6 26.6 28.5 55.1
Sep 2010
83 1,042 312 0 77.1 26.4 29.0 55.4
Oct 2010
81 1,032 429 0 72.5 25.9 40.2 66.2
Nov 2010
52 692 289 0 48.6 25.1 40.5 65.6
Dec 2010
70 908 471 0 62.4 25.3 50.3 75.7
Jan 2011
76 984 523 0 68.0 25.5 51.5 77.0
Feb 2011
44 603 341 0 44.1 24.4 54.8 79.3
Mar 2011
77 1,016 589 0 68.6 24.9 56.2 81.1
Apr 2011
76 1,002 566 0 70.3 25.1 54.8 79.9
May 2011
76 1,016 296 0 68.5 24.9 28.2 53.1
Jun 2011
87 1,165 492 0 80.4 24.7 40.9 65.6
Jul 2011
80 1,062 424 0 71.7 24.9 38.7 63.6
Aug 2011
72 939 302 0 64.7 25.4 31.2 56.6
Sep 2011
32 409 19 0 29.6 25.9 4.4 30.3
Oct 2011
0 0 0 0 0.0 0.0 0.0 0.0
Nov 2011
52 681 391 0 48.3 25.3 55.6 80.9
Dec 2011
76 1,003 564 0 68.4 25.2 54.5 79.7
Jan 2012
78 1,042 595 0 69.7 24.7 55.3 80.0
Feb 2012
65 1,004 541 0 62.3 21.4 52.2 73.6
Mar 2012
2 33 17 0 2.0 21.7 50.5 72.2
Apr 2012
0 0 0 0 0.0 0.0 0.0 0.0
May 2012
0 0 0 0 0.0 0.0 0.0 0.0
Jun 2012
0 0 0 0 0.0 0.0 0.0 0.0
Jul 2012
0 < 1 0 0 0.0 0.0 0.0 0.0

Production data is not in real time and may be delayed as data is periodically reported and uploaded to this website.

Data Displayed:

The monthly summary plot shows monthly sums of measured data and monthly averages of key performance indicators.

To view data for another date range, select your desired months and press “Go”.

To download data used to create the monthly summary plot in CSV format, press the download button to the top right of the chart.

Automated data filtering can be enabled or disabled via the control. Filtered data automatically checks to determine if the energy streams measured are consistent with each other (e.g. fuel consumption or heat recovery are reported only when a DER is reporting generated power). Disabling this control shows all data available.

Click on legend entries below the plot, if present, to show or hide data.

Data Displayed

Production data is not in real time and may be delayed as data is periodically reported and uploaded to this website.

Data Displayed:

The time series plot shows averages of measured data and key performance indicators. The plot can be switched between the daily and hourly time steps, to adjust the level of averaging displayed.

To view data for another date range or time step, select your desired dates and time step and press “Go”. Due to performance constraints, hourly data may only be displayed within a date range of up to one month in length.

To download data used to create the time series plot in CSV format, press the download button to the top right of the chart.

Automated data filtering can be enabled or disabled via the control. Filtered data automatically checks to determine if the energy streams measured are consistent with each other (e.g. fuel consumption or heat recovery are reported only when a DER is reporting generated power). Disabling this control shows all data available.

Click on legend entries below the plot, if present, to show or hide data.

Data Displayed

Times are shown in Eastern Time (ET) and are adjusted to reflect Daylight Saving Time (DST).

Production data is not in real time and may be delayed as data is periodically reported and uploaded to this website.

Data Displayed:

The ambient temperature plot shows averages of measured data and key performance indicators versus ambient temperature.

To view data for another date range or time step, select your desired dates and time step and press “Go”. Due to performance constraints, hourly data may only be displayed within a date range of up to one month in length.

To download data used to create the ambient temperature plot in CSV format, press the download button to the top right of the chart.

Automated data filtering can be enabled or disabled via the control. Filtered data automatically checks to determine if the energy streams measured are consistent with each other (e.g. fuel consumption or heat recovery are reported only when a DER is reporting generated power). Disabling this control shows all data available.

Click on legend entries below the plot, if present, to show or hide data.

Data Displayed
Ambient Temperature data provided by NOAA at weather.govLink opens in new window - close new window to return to this page.

Production data is not in real time and may be delayed as data is periodically reported and uploaded to this website.

The project performance benchmark page shows how the DER project performs compared to similar-sized projects using the same technology in the same facility category. The key performance index used for benchmarking can be changed by selecting the desired rating from the table headings at the bottom of the page. Clicking on each result in the distribution will bring up the name and link to other related facilities.

To view data for another date range, select your desired months and press “Go”.

Note that benchmarking only occurs on data with automated data filtering on, to ensure consistent ranking results.

CHP
Efficiency
Thermal
Efficiency
Electric
Efficiency
Capacity
Factor
Electric
Generation
Sea Park East 61.9 % 37.7 % 24.2 % 53.1 % 2,034 MWh
Top Peer 56.0 % 33.4 % 22.7 % 45.7 % 200 MWh
Average Peer 54.5 % 30.8 % 23.7 % 56.4 % 1,063 MWh

Peer Criteria

  • Technology: CHP
  • Generation Capacity: Small (0-250 kW)
  • Facility Category: Residential
  • Total Peers in Group: 7

The project monthly CHP performance rating plot shows overall CHP performance and highlights periods for potential performance improvement.

To view data for another date range, select your desired months and press “Go”.

To download data used to create the monthly CHP performance rating plot in CSV format, press the download button to the top right of the chart.

Note that rating only occurs on data with automated data filtering on, to ensure consistent ranking results.

The peak demand reduction shows the contribution of the CHP system to reducing the utility grid peak demand, and other calculations that were utilized in previous NYSERDA CHP performance programs. The peak demand reduction (kWP) is defined as the average CHP output during the period spanning May 1 through October 31, Monday through Friday, 12:00 Noon to 6:00 PM. Federal holidays are excluded from this period.

The total generation (kWhA) is defined as the total net CHP generation during the period evaluated.

The two CHP efficiencies (FCECHP) are program specific, and differ slightly from the conventional CHP efficiency.

The 2013 CHP systems manual defines FCECHP as the combined net electrical and useful heat recovery divided by the fuel input at 1,032 BTU/CF HHV, however the useful heat recovery is divided by a displaced boiler efficiency of 80%.

The 2010 CHP systems manual defines FCECHP as the combined net electrical and useful heat recovery divided by the fuel input at 928 BTU/CF LHV. No displaced boiler efficiency is assumed in the FCECHP calculation.

CHP Performance Program Metrics

Sep 2009 to Jul 2012
Peak Demand Reduction (kWP)
105
kW
Total Generation (kWhA)
2,034,388
kWh
Heat Recovered
10,824
MMBtu
Gas Consumed
27,792
Mcf
FCECHP

FCECHP 2013 =
[(WG × 3.413) + (QU / 0.8)] / [FG × 1.032]

71.4
% HHV
FCECHP

FCECHP 2006–2010 =
[(WG × 3.413) + QU] / [FG × 0.928]

68.8
% LHV

Use this page to download all measured performance data for a DER project in CSV format. Select your desired date range and time step, then press the “Download” button to save the data file to your computer.

Download Data

To download performance data, select your desired date range and time step, then click the Download button.

Production data is not in real time and may be delayed as data is periodically reported and uploaded to this website.